public virtual PipelineWrapper AddDebugProcessor(string group, string name, int index)
{
//Create a core processor
var config = BaseFactory.GetConfigNode("pipelines/pipelineDebug/processor");
var coreProcessor = new CoreProcessor();
coreProcessor.Initialize(config);
//Initialize it so we can add settings
var debugProcessor = ReflectionService.InitializeDebugProcessor(coreProcessor);
debugProcessor.PipelineGroup = group;
debugProcessor.PipelineName = name;
debugProcessor.PipelineIndex = index;
debugProcessor.Taxonomies = SettingsService.DefaultTaxonomies;
//Add it to our simple pipeline
var pipeline = GetPipeline(group, name);
var processorReference = new ProcessorWrapper(coreProcessor, pipeline, debugProcessor);
pipeline.Processors.Insert(index, processorReference);
ProcessorMap.Add(debugProcessor.Id, processorReference);
//Set the result as the active processors
ReflectionService.SetProcessors(pipeline.CorePipeline, pipeline.Processors.Select(wrapper => wrapper.CoreProcessor).ToArray());
RefreshProcessorIndexes(pipeline);
return(pipeline);
}
/// <summary>
/// Processes this instance.
/// </summary>
/// <param name="pipelineArgs">The pipeline args.</param>
public void Process(PipelineArgs pipelineArgs)
{
CoreProcessor processor = new CoreProcessor();
bool isFakeProcessor = string.IsNullOrEmpty(this.processorDefinition.Type) && string.IsNullOrEmpty(this.processorDefinition.TypeReference);
if (!isFakeProcessor)
{
XmlDocument medium = new XmlDocument();
using (XmlReader reader = this.processorDefinition.ProcessorElement.CreateReader())
{
medium.Load(reader);
}
processor.Initialize(medium.DocumentElement);
}
EventHandler<RuntimeProcessorCallEventArgs> beforePipelineCalled = BeforePipelineProcessorCalled;
if (beforePipelineCalled != null)
{
beforePipelineCalled(this, new RuntimeProcessorCallEventArgs(this.pipelineName, this.pipelineDomain, this.processorIndex, this.processorDefinition, pipelineArgs));
}
if (!isFakeProcessor)
{
processor.Invoke(new object[] { pipelineArgs });
}
EventHandler<RuntimeProcessorCallEventArgs> afterPipelineCalled = AfterPipelineProcessorCalled;
if (afterPipelineCalled != null)
{
afterPipelineCalled(this, new RuntimeProcessorCallEventArgs(this.pipelineName, this.pipelineDomain, this.processorIndex, this.processorDefinition, pipelineArgs));
}
}
/// <summary>
/// Processes this instance.
/// </summary>
/// <param name="pipelineArgs">The pipeline args.</param>
public void Process(PipelineArgs pipelineArgs)
{
CoreProcessor processor = new CoreProcessor();
bool isFakeProcessor = string.IsNullOrEmpty(this.processorDefinition.Type) && string.IsNullOrEmpty(this.processorDefinition.TypeReference);
if (!isFakeProcessor)
{
XmlDocument medium = new XmlDocument();
using (XmlReader reader = this.processorDefinition.ProcessorElement.CreateReader())
{
medium.Load(reader);
}
processor.Initialize(medium.DocumentElement);
}
EventHandler <RuntimeProcessorCallEventArgs> beforePipelineCalled = BeforePipelineProcessorCalled;
if (beforePipelineCalled != null)
{
beforePipelineCalled(this, new RuntimeProcessorCallEventArgs(this.pipelineName, this.pipelineDomain, this.processorIndex, this.processorDefinition, pipelineArgs));
}
if (!isFakeProcessor)
{
processor.Invoke(new object[] { pipelineArgs });
}
EventHandler <RuntimeProcessorCallEventArgs> afterPipelineCalled = AfterPipelineProcessorCalled;
if (afterPipelineCalled != null)
{
afterPipelineCalled(this, new RuntimeProcessorCallEventArgs(this.pipelineName, this.pipelineDomain, this.processorIndex, this.processorDefinition, pipelineArgs));
}
}
